Fractional CO2 Surgical Laser

Pentagon Grand is the most advanced multi application ultra pulse fractional CO laser. The pentagon grand works efficiently on numerous indications making it the most versatile fractional CO laser. It uses the latest Ultra Pulse Technology to give safe and effective results. Energy is delivered through smaller micro units to the dermis level, ensuring that the healthy tissue is left untouched between these micro units. These micro injury sites jumpstart the healing process by stimulating collagen-strengthening and neo collagenesis, resulting in enhanced results.

The Ultra Pulse Advantage

This state of the art technology divides the laser beam into micro units of 65-70μm, which is much smaller than the 250μm that conventional CO2 has. This causes lesser pain and lesser 2 thermal damage, providing more comfort for patients. Micro incisions also lead to faster recovery.

High Peak Power

At high peak power the Ultra Pulse Technology converts the laser beam into shorter pulse lengths, thus making the treatment more accurate, precise and suitable for spots, freckles and corns.

Minimal Downtime

Lesser thermal effect means that there is only a superficial ablation of epidermal lesion. This results in a much lower downtime for your patients, as compared to conventional CO2.

Various Treatment Modes

The pentagon grand has a number of treatment modes including an algorithm to deliver laser beam in a random manner by placing higher distance between adjacent ablative columns. This allows for better heat dissipation between shots, better safety and reduced post operative discomfort.

Transform your practice with the reliable Pentagon Grand

Pentagon grand is the fractional laser that delivers large spectrum of treatments for your busy practice. You will appreciate the system’s reliability, safety and ease of use.

Safe and Effective

Depth of penetration, treatment area and energy delivered per point are precisely controlled for maximum safety and effectiveness. Adjustable spot size, different shapes of scan area and varied spot density make the treatment effective and accurate. No risk of scarring, PIH.